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digitaldocumentservice-blog · 1 month ago

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Why DICOM Is Essential in Modern Healthcare Technology?

Why DICOM Cannot Be Done Without Today's Modern Healthcare Technology

Efficiency, accuracy, and accessibility of health information are what are needed in today's fast-paced digital world of healthcare. Among the best standards upon which modern medical images are based, and at the pinnacle of providing spotless storage and transfer of health images, is DICOM—Digital Imaging and Communications in Medicine. From cardiology to radiology, DICOM is the backbone of healthcare technology in the information age, which helps health providers manage, transfer, and effectively interpret advanced imaging data.

What Is DICOM?

DICOM is a worldwide standard that allows interoperability among equipment used in medical imaging, such as scanners, servers, workstations, printers, and network devices. DICOM can read images produced by other vendors and can be easily implemented in a PACS system without any problem.

Benefits of DICOM in Modern Healthcare

1. Interoperability Among Systems

One of the greatest strengths of DICOM is that it is very interoperable. Either a CT scan is carried out in one location and read somewhere else, or DICOM keeps image data in a usable, formatted form and a readable form on any machine and platform.

2. Increased Diagnostic Accuracy

With DICOM-standard high-resolution images, experts and radiologists can properly diagnose the conditions of the patient. Radiology software in a DICOM standard provides improved features like 3D reconstruction to display more precise diagnostic information.

3. Seamless Interoperability with Healthcare IT

DICOM works seamlessly with Electronic Health Record (EHR) systems so that imaging results of the patient's record become instantly available to clinicians. Workflow is automated, and the risk of error turns to zero.

4. Optimal Storage and Archiving

Reports of medical images can be sent, retrieved, and stored by healthcare professionals using DICOM publishing software. Such types of systems improve long-term management of data and data security compliance, like HIPAA.

5. Telemedicine and Remote Access

With growing digital health care options, DICOM allows diagnostic images to be shared by medical physicians using the internet. This becomes critical in telemedicine due to immediate access to information regarding imaging, as it saves time in the consultation and therapy process, particularly for remote locations.

6. Improved Workflow of Radiology Departments

DICOM-based solutions integrate seamlessly into radiology software workflows of the hospital and allow triage of emergency cases by the radiologists, image annotation, and facilitate inter-departmental collaboration. DICOM publishing systems remove unnecessary manual interventions.

DICOM Publishing System: A Game Changer

A DICOM publishing system is a game-changing software application that allows burning of DICOM images to DVDs/CDs or file transfer with secure cloud-based technology. It comprises:

Patient labeling as per the requirement

Secure transport to experts

Integration of PACS and HIS (Hospital Information System)

Patient access by QR code or portal

It maximizes patient satisfaction and allows better coordination between healthcare practitioners.

Why DICOM Is the Future of Digital Health?

As healthcare becomes more digitised, DICOM is leading the charge for reform. With DICOM, you can transmit information in real-time, enhance clinical decision-making, and have confidence that the growing volumes of imaging data are managed securely and efficiently.

Whether your organisation is a multi-speciality hospital or community clinic, investment in a secure DICOM publishing system puts you at the high-tech leading edge of the competitive healthcare marketplace.

Conclusion

DICOM isn't just a health industry standard—it's the catalyst of change in delivering health care. Image networked healthcare technology; DICOM works beneath the surface level to optimize patient outcome, guarantee data integrity, and facilitate international collaboration in medicine.

#DICOM #DICOM publishing system #Healthcare technology #Medical imaging

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global-research-report · 4 months ago

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Cloud Computing in Healthcare: Adoption Trends & Competitive Landscape

The global healthcare cloud computing market size is anticipated to reach USD 45.1 billion by 2030, according to a new report by Grand View Research, Inc. The market is projected to grow at a CAGR of 12.7% from 2024 to 2030. The associated benefits of data analytics and increase in demand for flexible & scalable data storage by healthcare professionals is expected to drive the demand for these services over the forecast period.

Healthcare organizations are digitalizing their IT infrastructure and deploying cloud servers to improve features of systems. These solutions help organizations in reducing infrastructure cost & interoperability issues and aid in complying with regulatory standards. Hence, rising demand from health professionals to curb IT infrastructure costs and limit space usage are anticipated to boost market growth over the forecast period.

Increase in government initiatives undertaken to develop and deploy IT systems in this industry is one of the key drivers of this market. Moreover, increase in partnerships between private & public players and presence of a large number of players offering customized solutions are some of the factors anticipated to drive demand in the coming years.

Healthcare Cloud Computing Market Report Highlights

Nonclinical information systems dominated the market and accounted for a market share of 50.7% in 2023. It can be attributed to the larger penetration of cloud computing services for various applications such as fraud management, financial management, healthcare information exchange, and others.

Private cloud dominated the market and accounted for a market share of 37.6% in 2023. Private clouds enable healthcare organizations to maintain high levels of security, access control, and customization.

Private deployment model dominated the overall market owing to its benefits and ease of usage

Healthcare providers dominated the market and accounted for a market share of 57.0% in 2023. It can be attributed to the rising number of hospital connections over the cloud impacting the demand of the SaaS model.

Pay-as-you-go dominated the market and accounted for a market share of 55.0% in 2023. It can be attributed to the various benefits it provides such as the less initial investment.

North America healthcare cloud computing market dominated in 2023. This can be attributed to the increasing geriatric population and the growing prevalence of various chronic diseases in this region.

Healthcare Cloud Computing Market Segmentation

Grand View Research has segmented the healthcare cloud computing market on the basis of the type, deployment, pricing model, service model, end-use, and region:

Healthcare Cloud Computing Type Outlook (Revenue, USD Million, 2018 - 2030)

Clinical Information Systems

EMR

PACS, VNA, and Image Sharing Solutions

PHM

Telehealth

LIMS

PIS

RIS

Other CIS

Nonclinical Information Systems

RCM

Billing and Accounts Management

Financial Management

HIE

Fraud Management

Supply Chain Management

Other NCIS

Healthcare Cloud Computing Deployment Outlook (Revenue, USD Million, 2018 - 2030)

Private cloud

Hybrid cloud

Public cloud

Healthcare Cloud Computing Pricing Model Outlook (Revenue, USD Million, 2018 - 2030)

Pay-as-you-go

Spot Pricing

Healthcare Cloud Computing Service Model Outlook (Revenue, USD Million, 2018 - 2030)

Software-as-a-service

Infrastructure-as-a-service

Platform-as-a-service

Healthcare Cloud Computing End-use Outlook (Revenue, USD Million, 2018 - 2030)

Healthcare Providers

Healthcare Payers

Healthcare Cloud Computing Regional Outlook (Revenue, USD Million; 2018 - 2030)

North America

Canada

Mexico

Europe

Germany

France

Italy

Spain

Denmark

Sweden

Norway

Asia Pacific

Japan

China

India

Australia

South Korea

Thailand

Latin America

Brazil

Argentina

MEA

South Africa

Saudi Arabia

UAE

Kuwait

Key Players in the Healthcare Cloud Computing Market

Amazon Web services

Microsoft

Google Inc

athenahealth

CareCloud, Inc.

Siemens Healthineers AG

Salesforce, Inc.

Oracle (Cerner Corporation)

Epic Systems Corporation

Order a free sample PDF of the Healthcare Cloud Computing Market Intelligence Study, published by Grand View Research.

#Healthcare Cloud Computing Market

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techtired · 9 months ago

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PACS Imaging Solutions: Revolutionizing Medical Imaging

In the ever-evolving field of medical imaging, PACS (Picture Archiving and Communication System) imaging solutions have emerged as a pivotal technology, reshaping how healthcare professionals manage, store, and share medical images. The integration of PACS into medical practices has significantly enhanced diagnostic accuracy and operational efficiency. Leading the charge in this transformative field is Sepstream.com, a prominent player in providing cutting-edge PACS imaging solutions that are redefining medical imaging standards. Understanding PACS Imaging Solutions PACS imaging solutions are sophisticated systems designed to acquire, store, retrieve, and distribute medical images. PACS leverages digital technology to streamline these functions, unlike traditional methods, which often rely on physical film and cumbersome manual processes. This digital approach offers numerous advantages, including faster access, improved image quality, and enhanced collaboration among healthcare professionals. Key Components of PACS At the core of PACS imaging solutions are several critical components. These include imaging modalities such as X-rays, MRIs, and CT scans, which generate digital images. The PACS system comprises servers that store these images, workstations where radiologists and clinicians view and analyze the pictures, and communication networks that facilitate the seamless transfer of images and data between different locations. A PACS (Picture Archiving and Communication System) is a comprehensive medical imaging technology that enables the storage, retrieval, distribution, and presentation of images produced by various medical imaging modalities. Below are the key components that make up a PACS system: 1. Imaging Modalities The PACS ecosystem begins with the imaging modalities, which include advanced medical devices that capture digital images of a patient's anatomy. Common modalities integrated into a PACS include: - X-ray: Provides quick imaging for diagnosing bone fractures, infections, and other conditions. - MRI (Magnetic Resonance Imaging): Captures detailed soft tissue images, which help diagnose conditions like tumors or neurological disorders. - CT Scan (Computed Tomography): Generates cross-sectional images of the body, often used to examine complex structures like the brain, chest, or abdomen. - Ultrasound: Utilizes sound waves to capture real-time images, often used for monitoring pregnancies or internal organs. These modalities are essential for generating the digital images stored and managed by PACS. 2. Image Storage Servers PACS servers are the core storage solution where all digital images are archived. These servers are designed to handle large quantities of data, including high-resolution images. Key aspects include: - Long-Term Storage: Servers are equipped with secure and scalable storage to accommodate an ever-growing database of patient images. - Redundancy: PACS often includes redundancy protocols, such as backups or cloud-based storage, to ensure data is not lost in case of server failure. - Access Control: Only authorized personnel, such as radiologists and clinicians, can access the images, ensuring patient confidentiality and compliance with healthcare regulations (e.g., HIPAA). 3. Workstations Workstations are critical for viewing and analyzing the stored images. These are specialized computers equipped with medical imaging software designed for: - Image Analysis: Radiologists and clinicians use PACS workstations to zoom in, measure, and compare images for more accurate diagnosis. - Multiple Image Viewing: The system allows simultaneous viewing of multiple imaging studies, enhancing the diagnostic process. - Annotations and Reporting: Workstations support the addition of annotations directly on the images and generate reports that can be shared with other healthcare providers. 4. Communication Networks The communication infrastructure of a PACS system ensures seamless data transmission between different components and healthcare providers. It typically includes: - DICOM (Digital Imaging and Communications in Medicine) Protocols: A standardized communication protocol that ensures compatibility between different imaging modalities and PACS systems, regardless of the manufacturer. - Secure Data Transmission: Data is transferred through encrypted networks, ensuring patient data remains safe while allowing remote access. - Multi-site Connectivity: PACS systems can be deployed in multiple locations, allowing radiologists to access images from remote facilities and streamlining the diagnostic process in healthcare networks with various sites. 5. Integration with Electronic Health Records (EHR) One of the most significant advancements in modern PACS solutions is their ability to integrate with EHR systems. This integration allows for: - Comprehensive Patient Care: Physicians can easily access patient images alongside other health records, providing a more holistic view of a patient’s medical history. - Enhanced Collaboration: EHR-PACS integration facilitates collaboration among healthcare providers across different specialties and locations, resulting in better-informed treatment decisions. Benefits of PACS Imaging Solutions The implementation of PACS imaging solutions has brought about a multitude of benefits to the medical field. One of the most significant advantages is the efficiency of image retrieval and sharing. Healthcare professionals can access images from any workstation connected to the PACS network, eliminating the delays associated with retrieving physical film and enhancing the speed of diagnosis and treatment. Another key benefit is the enhancement of diagnostic accuracy. Digital images can be manipulated and enhanced with advanced software tools, allowing for more precise interpretations. Additionally, storing images digitally ensures that they are preserved for future reference, which is crucial for long-term patient care and follow-up. Below are the key benefits that PACS brings to healthcare professionals and institutions: 1. Enhanced Efficiency in Image Retrieval and Sharing One of the most impactful benefits of PACS is the dramatic increase in the speed and ease of accessing medical images. In traditional film-based systems, healthcare providers had to wait for physical images to be developed, retrieved, and transported between departments. PACS eliminates these delays by enabling: - Instant Access to Images: Healthcare professionals can retrieve images from any workstation connected to the PACS network, allowing for faster decision-making. - Remote Accessibility: Images are accessible from multiple locations, making it easier for specialists to consult or provide second opinions without physical film transfers. - Improved Collaboration: Physicians, radiologists, and specialists can simultaneously access and review images, enabling better interdisciplinary collaboration and streamlined patient care. 2. Improved Diagnostic Accuracy Digital imaging through PACS offers several tools that improve the quality of image interpretation, enhancing diagnostic precision: - Advanced Image Manipulation: PACS allows users to zoom in, adjust contrast, and apply filters to images, providing more precise and detailed views of anatomical structures. - Multi-format Image Viewing: Radiologists can compare images from different modalities (e.g., X-ray vs. CT scan) side by side, leading to more comprehensive and accurate diagnoses. - Reduced Human Error: The elimination of physical film handling reduces the risk of loss or damage, and using standardized digital formats reduces interpretation errors. 3. Long-Term Image Storage and Preservation PACS provides a robust, scalable solution for storing medical images over time. This offers significant advantages for both patient care and healthcare providers: - Secure Digital Archiving: Images are stored electronically in secure servers, ensuring they are preserved indefinitely and easily retrievable for future reference. - Simplified Follow-up Care: For patients requiring long-term care or follow-up visits, stored images can be quickly accessed to assess disease progression or treatment effectiveness. - Compliance and Record-Keeping: PACS systems ensure healthcare institutions remain compliant with legal and regulatory requirements regarding the storage of medical records, such as HIPAA in the U.S. 4. Cost Savings and Space Efficiency The transition to a PACS system can result in substantial cost savings and more efficient use of hospital resources: - Elimination of Film Costs: Traditional imaging systems incur film production, storage, and retrieval costs. PACS removes the need for these, saving money on materials and labor. - Reduced Physical Storage Needs: Physical storage space for film archives can be repurposed, as digital images require minimal physical space. - Lower Environmental Impact: PACS systems reduce the use of chemicals and materials needed for developing film, contributing to a more environmentally friendly approach to medical imaging. 5. Better Patient Outcomes By accelerating diagnosis and treatment, PACS directly contributes to improved patient outcomes: - Faster Diagnosis: The ability to instantly access and share images allows healthcare providers to make quicker, more informed decisions, speeding up the diagnosis process. - Streamlined Treatment Planning: Physicians can use PACS to track patient progress by comparing current and past images, leading to more accurate treatment adjustments and monitoring. - Improved Patient Satisfaction: Faster service and more accurate diagnoses enhance the overall patient experience, promoting trust and satisfaction in care. Final Thoughts PACS imaging solutions have undeniably transformed the medical imaging landscape, offering enhanced efficiency, accuracy, and collaboration. The expertise of companies like Sepstream.com in delivering advanced PACS solutions plays a crucial role in this transformation, driving innovation and setting new standards in the industry. As technology advances, PACS imaging solutions will likely evolve further, improving the quality of patient care and the efficiency of healthcare delivery. Read the full article

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hk-1989 · 1 year ago

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PACS Solutions: Revolutionizing Radiology Management

In the dynamic realm of healthcare, PACS solutions are catalysts for innovation, reshaping the landscape of radiology management. At the heart of this transformation lies the seamless interfacing of radiology machines with Picture Archiving and Communication Systems (PACS), ushering in an era of enhanced efficiency and improved patient care.

PACS integration stands as the cornerstone of this revolution. By seamlessly linking radiology machines to the centralized PACS platform, healthcare facilities can streamline their radiology workflow, expediting the process from image acquisition to diagnosis. This integration empowers radiologists with instant access to patient images and data, eliminating the delays associated with traditional film-based systems.

Central to the efficacy of PACS solutions is the swift and secure data transfer capabilities they offer. Through advanced networking technologies, patient images are swiftly transmitted from radiology machines to the PACS server, ensuring rapid availability for analysis and diagnosis. This streamlined PACS connectivity enhances collaboration among healthcare professionals, facilitating prompt decision-making and timely patient care.

Moreover, radiology software plays a pivotal role in optimizing image management within PACS environments. With intuitive interfaces and powerful tools, these software solutions empower radiologists to efficiently organize, analyze, and interpret medical images. From customizable viewing preferences to sophisticated image processing algorithms, radiology software enhances diagnostic accuracy while expediting report generation.

In essence, PACS solutions are reshaping radiology management paradigms, driving operational efficiency and elevating patient care standards. Through seamless interfacing of radiology machines with PACS, healthcare providers can unlock new levels of productivity and precision in medical imaging. As technology continues to evolve, embracing these innovative solutions is paramount for staying at the forefront of modern healthcare delivery.

#PACS Connectivity #Data Transfer #Radiology Software #Image Management #PACS Integration

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mytechbug · 1 year ago

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Top 10 Proxy Helper Alternatives That Are Free To Use

Proxy Helper is an open-source Chrome plugin that changes proxy settings. The fact that Proxy Helpers only influence the Chrome browser's network is one of its main benefits. Proxy Helper sets proxy using Chrome's native API and supports socks5, HTTP, socks4, HTTPS, and PAC script. It also supports bypass lists, customer rules, authentication proxies, and extension settings synchronization. The extension forces your browser to connect to your selected server using HTTP or SOCKS instead of directly. You can use this plugin to avoid connecting your entire PC to a VPN tunnel. Overall, Proxy assist is an excellent solution. Why Have We Chosen These? To provide users with easy-to-use proxy management solutions, Proxy Helper alternatives were investigated. The selected tools have simple interfaces, so users of all levels can utilize them without hassle. Our selection criteria focus on simplifying proxy addition, customization, and switching to give consumers a streamlined and easy proxy administration experience. 10 Proxy Helper Alternatives Oxylabs Oxylabs is a great Chrome addon that manages proxies to improve browsing. Its easy-to-use interface lets you switch proxies from your toolbar, preserving online anonymity. Users can hide their IP address and access prohibited websites with a few clicks by adding or modifying proxies. Oxylabs lets Chrome users unlock password-protected servers for private, anonymous browsing. The Best feature of This App: Easy Chrome proxy management, anonymity, and fast password-protected server access. Bright Data Bright Data's exceptional browser addon quietly enhances your web browsing experience. Easy activation unlocks its limitless capabilities. This addon lets users easily change their IP address and travel the world using static and shared IPs. Bright Data simplifies data collection with proxy management and session control. The Best Features Of This App: Integrating into online browsing, offering many IP addresses, and simplifying data collection. SmartProxy SmartProxy quickly toggles website proxies based on configuration and pattern. Over 10,000 users use this software, which runs automatically. Not monitoring or showing ads are among its privacy benefits. Premium packages include a proxy API and sophisticated settings like data restoration and backup. The Best Features Of This App: Automatically toggling website proxies, protecting user privacy, and providing premium subscribers with a proxy API. Proxybonanza Proxy Manager Proxybonanza provides proxy services, but its Proxy Manager manages proxy settings in the browser. Although old, Proxybonanza Proxy Manager is still a good tool for adding and switching proxies. Automatic username and password generation and a proxy tester are notable features. The Best features of This App: Simplifying proxy switching, auto-populating usernames and passwords, and including a proxy tester. FoxyProxy FoxyProxy is a leading proxy provider known for its GeoShift proxy management technology. FoxyProxy lets users easily switch between 100 countries and browse the web from different cities. FoxyProxy accounts are required to use the Chrome extension for proxy and server swapping, although this user-friendly application is free. Additionally, it has high bandwidth and a dependable VPN. The Best features of This App: are smoothly moving between 100 countries, accessing prohibited web content, and trustworthy VPN services. Proxy SwitchySharp Another helpful Chrome plugin, Proxy SwitchySharp, simplifies proxy management and switching between proxies. You no longer need to manually change proxy settings in the “Advanced” section using this addon. Its data export and import capability lets you integrate your proxy list easily. The Best Features Of This App: Simplifying Chrome proxy management, switching proxies, and exporting and importing data. SwitchyOmeg This revolutionary tool debuted eight years ago and has since expanded in features and functionality, making it a popular choice. With its user-friendly interface, SwitchyOmega eliminated the need for manual proxy configuration in computer settings. Users can set up their preferred proxies with a few clicks without checking system settings. The Best Features Of This App: Simplifying proxy setup, giving versatile proxy setups, and improving PAC script speed. BP Proxy Switcher Buyproxies, a leading private proxy provider, offers BP Proxy Switcher for Chrome. This extension lets users add premium proxies to their browsing. The technique is simple: copy the proxy details from the clipboard or enter the URL. Proxy switching is simple with a few clicks after uploading. The Best Features Of This App: Easy integration of premium proxies, automatic IP address rotation, and proxy country display for user convenience. Proxy Switcher/Manager The Proxy Switcher and Manager utility meets most users' needs with its many features. Its simple interface makes setting up many proxy profiles easy. The program lets you browse websites without a proxy, use the system proxy, or manually configure one. The Best Features Of This App:t Meeting most user needs, providing complete proxy functionality, and auto-detecting the best proxy. IPRoyal Proxy Manager IPRoyal Proxy Manager excels at managing several proxies and meeting users' different needs. This comprehensive system lets users install and customize several profiles beyond IPRoyal proxies. Built-in import simplifies adding many proxies in seconds, improving user ease. The Best Features Of This App: Managing Multiple Proxies, One of IPRoyal Proxy Manager's best features is its easy proxy change. Users may switch proxies with a click, making it unique in convenience and simplicity. Which One Is The Best? For many reasons, Oxylabs is the best proxy management option. The user-friendly Oxylabs Proxy Extension simplifies proxy management with a few clicks, improving Chrome browsing. Its unique toolbar proxy switch protects online anonymity. Oxylabs simplifies proxy management and lets users access password-protected servers. For secure, efficient, and easy Chrome proxy management, the tool's extensive capabilities make it the best choice. Oxylabs is the greatest proxy management solution since it unlocks restricted content and lets users browse the web smoothly. Methodology These Proxy Helper options were picked for their different capabilities that meet a variety of user needs. Each alternative offers something unique, whether customers need automatic proxy toggling, advanced profile customisation, or browser compatibility. The suggested alternatives fulfill the needs of users collecting data, browsing anonymously, or accessing geo-restricted content with a variety of features. We want to give consumers flexible solutions that fit their preferences and use cases by offering alternatives to proxy administration. Read the full article

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qocsuing · 2 years ago

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What is a Proxy Server?

What is a Proxy Server?A proxy server is a cybersecurity solution positioned between a user’s computer and the general internet. It is a bridge between a web browser and the services you connect to online, such as websites or cloud-native software solutions. Proxies can enhance speed and safety. To get more news about residential proxy service, you can visit pyproxy.com official website. Proxy server setup is similar on different operating systems, but there are some key differences as well, depending on the structure of the device’s settings.Setting Up a Proxy Server for Various Operating Systems and BrowsersTo set up a proxy server, you generally have to go to the settings or system preferences section of your device or browser. Regardless of the operating system, once you know how to find the proxy server address, adjusting your proxy server settings should only take a few minutes.WindowsFor proxy settings in Windows, hit the Windows + I keys at the same time to open the Windows Settings menu.In Windows 10, select Settings > Network & Internet > Proxy. Within Windows 8, choose Settings > Network Proxy.In the Manual Setup section, turn the Use a Proxy Server setting to the On position. Be sure you have toggled “Automatically detect settings” to the On position as well.If you already have a proxy server available, Windows will tell you what it is called and will prompt you to follow the server’s instructions.When Windows finds a proxy auto-config (PAC) file, go to Automatic Proxy Setup and set the switch for Use Setup Script to On.Put in the script address, then hit Save.How to set up a proxy server on Mac is just as straightforward. Click the Apple Menu, then System Preferences. You may also use the Finder or System Preferences icon.Select the Network icon so you can adjust your settings for connectivity.Choose the kind of network you are using. This, in most cases, will be Ethernet or Wi-Fi.Select Advanced > Proxies.You can then automatically configure your proxy settings by choosing Auto Proxy Discovery. Select Secure Web Proxy (HTTPS). Then enter the address of the proxy server and its port number in the two fields under Web Proxy Server.You can choose the PAC file to automatically configure your server by choosing Automatic Proxy Configuration and then entering the address of your proxy in the Uniform Resource Locator (URL) field.If your proxy connection requires a password, choose “Proxy server requires password,” then put in the account name and password using the fields Username and Password.

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elfwreck · 2 years ago

Note

There are no "mods."

This is important.

There are no mods at Squidgeworld. At AO3. At Tumblr. At Twitter. At FF.net.

There are mods at Dreamwidth - for individual communities. There are mods at Facebook - for communities. There are mods on Discord - on individual servers. There are mods at Reddit - on the subreddits. There are mods at Mobileread, and at Metafilter - but that's separate from the hosts/owners.

The people who own the site and get to set & enforce site policies... are not "moderators."

Moderators are members of the community who are enforcing community standards.

Sometimes, that includes a site host. But the hosts always have issues outside of the range of community standards.

Squidgie is a member of the fandom community, has been for years (decades!), and he set a TOS policy that is in line with the fannish community standards he wants to be part of. But the TOS also has to cover issues that the community doesn't deal with.

Legal liability. Sysadmin requirements. Funding. Sustainability. And so on.

Hosts/owners of a website for user-generated content have a different set of issues to deal with than community moderators.

AO3's "review complaints" group, PAC (Policy & Abuse), is NOT the same as a mod team in a Discord. PAC's job is to check compliance with the TOS, not whether people are being hostile to each other, not whether people are unhappy in general, not whether people are so upset they'll start leaving.

It's a very different approach to a different set of problems.

AO3's approach to "community standards" is "here's the TOS; as long as you're within that, it's fine." (They sometimes have to sort out nuances of what that means. Harassment is against the TOS; whether a particular comment or set of tags counts as "harassment" requires judgement calls.) Squidgeworld has much the same setup.

The TOSs for the two sites have a few differences. They are likely to have more in the future, while remaining mostly very similar and mostly open to the same kinds of content.

At the core:

Owners/Hosts are deciding "what specific behaviors do we allow or forbid?" with a lot of the reasons behind those decisions being legal. They're allowed to be as arbitrary as they want with their rules, but if they act like mods instead of hosts, they'll wind up spending valuable "upgrade the software and comply with GDPR requirements" time on individual arguments between users.

Moderators are deciding "what kind of community do we want to foster here?" starting with a base of "what's legal" and "what's allowed on the site" but having a lot more option to make judgment calls based on intent and community reactions rather than objectively identifiable actions.

Squideworld has some limitations that ao3 doesn't have, which of course is up to the mods, but it's not the same

Every archive is different. That's why it's good to have lots.

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post-dicom · 4 months ago

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Secure Medical Image Sharing Made Simple: A Free PACS Solution Guide

As healthcare facilities increasingly collaborate to provide comprehensive patient care, the need for efficient and secure medical image sharing has never been more critical.

Fortunately, implementing a PACS viewer free solution can help healthcare providers streamline their workflow while maintaining strict security standards.

In this guide, we'll walk through everything you need to know about setting up a secure cross-facility image sharing system.

PACS Fundamentals

Picture Archiving and Communication Systems (PACS) form the backbone of modern medical imaging. Before diving into implementation, let's understand the key components:

Why Free PACS Viewers? While premium PACS solutions can cost upwards of $50,000, free alternatives have evolved to offer robust features. According to recent healthcare IT surveys, over 65% of small to medium-sized facilities now utilize some form of free PACS viewing solution.

Selecting the Right Free PACS Viewer

When choosing a free PACS viewer, consider these essential features:

Must-Have Features:

DICOM compatibility

Multi-modality support

Cross-platform functionality

Active development community

Regular security updates

Here's a comparison of popular free PACS viewers:

Security Requirements and Compliance

HIPAA Compliance is Non-Negotiable Your implementation must adhere to strict security protocols:

Data Encryption

Use AES-256 encryption for stored images

Implement TLS 1.3 for data in transit

Regular encryption key rotation

2. Access Control

Multi-factor authentication

Role-based access control (RBAC)

Detailed audit logging

Key Security Statistics:

Healthcare data breaches cost an average of $429 per record

60% of breaches involve unauthorized access

Regular security audits reduce breach risks by 50%

Implementation Steps

1. Network Infrastructure Setup

Required Components:

- Dedicated VLAN for PACS traffic

- Hardware firewall

- VPN for remote access

- Load balancer (for high availability)

2. Server Configuration

Begin with proper server hardening:

Operating System Security

Apply latest security patches

Disable unnecessary services

Implement host-based firewall rules

Database Setup

Separate database server

Regular automated backups

Encryption at rest

3. PACS Viewer Installation

Step-by-Step Process:

Download the chosen free PACS viewer

Verify checksum for software integrity

Install on designated workstations

Configure initial security settings

Test basic functionality

4. Security Implementation

Critical Security Measures:

Best Practices and Maintenance

Daily Operations

Regular Maintenance Tasks:

System health checks

Security log review

Backup verification

User access audits

Performance Optimization

Monitor these key metrics:

Image retrieval time

System response time

Network latency

Storage utilization

Recommended Performance Thresholds:

Troubleshooting Common Issues

Image Loading Problems

Common Solutions:

Clear viewer cache

Verify network connectivity

Check file permissions

Validate DICOM compatibility

Connection Issues

Follow this troubleshooting flowchart:

Verify network status

Check VPN connectivity

Validate server status

Review firewall rules

Staff Training and Documentation

Essential Training Components:

#PACS viewer free

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digitaldocumentservice-blog · 2 years ago

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CD and DVD Comprehensive Guide to Medical DICOM Publishers

Medical DICOM publishers play a vital role in the efficient management and delivery of medical imaging data within the healthcare ecosystem. These specialized software and tools adhere to the DICOM standard, ensuring interoperability and compatibility across different imaging devices. DICOM Workstation empowers healthcare professionals with advanced features such as measurement tools and 3D reconstruction, facilitating accurate diagnosis. Servers equipped with PACS capabilities streamline the storage and retrieval of DICOM images, increasing the accessibility and organization of patient data.

Converters enable non-DICOM data to be converted into a standardized format, promoting seamless integration into medical imaging systems. DICOM publishing software allows the creation and secure sharing of DICOM studies, promoting collaboration between healthcare providers. Web-based DICOM viewers facilitate remote access and interactive image viewing, contributing to flexible and decentralized diagnostics. In short, these DICOM publishers play a vital role in ensuring the effective use and exchange of medical imaging information, ultimately improving patient care and clinical outcomes.

In the ever-evolving field of medical imaging and healthcare, the need for efficient and reliable data management systems is paramount. Since health care facilities generate large amounts of medical images and patient data every day, it is important to have a system that can effectively handle the storage, retrieval, and distribution of this data. This is where DICOM Publishers come into play. We'll explore the world of DICOM publishers, including DICOM DVD Publisher, DICOM Burner, DICOM CD/DVD Burner, DICOM Burner Robot, and more. We will discuss in detail their importance, functioning and how they contribute to the smooth functioning of medical facilities.

Understanding DICOM Publishers

DICOM, which stands for Digital Imaging and Communications in Medicine, is a standardized protocol widely used in the healthcare industry for exchanging and managing medical images and related information. Medical images such as X-ray, MRI, CT scan and ultrasound are vital for diagnosis and treatment planning, making efficient storage and retrieval a necessity.

DICOM publishers play a vital role in this process by enabling the creation of DICOM-compliant CDs and DVDs that can be easily shared between healthcare providers, departments, and even patients. These publishers are integral in ensuring that medical images and data are accessible, secure, and compliant with industry standards.

Importance of DICOM Illuminators in Healthcare

The importance of DICOM publishers in the healthcare industry cannot be underestimated. These tools and systems offer a variety of benefits, including:

1. Secure Data Transfer

DICOM Publishers ensure that medical images and patient data are transferred securely. By following DICOM standards, they maintain data integrity and protect sensitive patient information.

2. Accessibility

Healthcare providers can efficiently access and share medical images and reports, enabling timely diagnosis and treatment. This access is important in emergency situations where quick decisions are necessary.

3. Compliance

Compliance with DICOM standards is important in the healthcare industry to ensure that data can be exchanged and accurately interpreted across different systems and facilities. DICOM publishers help maintain this compliance.

4. Cost-Efficiency

DICOM Publishers streamline the delivery of medical images, reducing the need for physical film-based records. This not only saves money but also conserves physical storage space.

Different Types of DICOM Publishers

DICOM publishers come in a variety of forms to meet the diverse needs of healthcare facilities. Let's take a closer look at some of the most common types:

1. DICOM CD/DVD Burner

DICOM CD/DVD Burner is a tool that allows healthcare providers to create DICOM-compliant CDs or DVDs from medical images and data. These discs can be easily shared with other medical professionals, patients, or stored for future reference.

2. DICOM DVD Publisher

DICOM DVD Publisher is a more advanced version of CD/DVD Burner. It is capable of creating multiple copies of DICOM-compliant DVDs simultaneously, making it a more efficient solution for facilities with high data transfer requirements.

3. DICOM Burner Robot

For larger healthcare facilities with substantial data management needs, the DICOM Burner Robot is a highly efficient solution. These robots can automate the process of burning and labeling DICOM CDs and DVDs, saving time and reducing the risk of human error.

4. DICOM Disc Publisher

DICOM Disc Publisher is a tool that can create DICOM-compliant CDs and DVDs, as well as print labels on discs. It is particularly useful for maintaining systematic records and ensuring accurate identification of stored data.

5. DICOM PACS Burner

Picture Archiving and Communication System (PACS) is a common system used in health care to store and manage medical images. A DICOM PACS burner is designed to integrate with these systems, making it easy to create DICOM CDs or DVDs directly from the PACS.

DICOM Medical Publishing System

DICOM publishers are often part of more comprehensive medical publishing systems that provide an all-encompassing solution for health care facilities. These systems incorporate various hardware and software components to efficiently manage medical image data. Some key features of DICOM medical publishing systems include:

1. Integration With Pax

As mentioned earlier, DICOM medical publishing systems integrate seamlessly with PACS, allowing medical images to be transferred directly to CDs and DVDs. This integration streamlines the entire data management process.

2. Automation

Automation is an important aspect of DICOM medical publishing systems. These systems can automate the burning, labeling, and distribution of DICOM CDs and DVDs, reducing the workload on employees and reducing the risk of errors.

3. Scalability

DICOM medical publishing systems are designed to accommodate the growing needs of health care facilities. Whether a facility is small or large, these systems can be scaled to match data management needs.

4. Data Encryption

Security is a top priority in healthcare, and DICOM medical publishing systems often include strong data encryption measures to protect patient data from unauthorized access.

5. Reporting and Auditing

These systems provide reporting and auditing capabilities, allowing healthcare facilities to monitor data transfer, access, and usage. This is essential for compliance and accountability.

Choosing the Right DICOM Publisher

Selecting the right DICOM publisher for your healthcare facility is an important decision. To make an informed choice, consider the following factors:

1. Size of The Facility

The size of your health care facility and the amount of medical image data you handle will dictate what type of DICOM Publisher you need. For smaller facilities, a standalone DICOM CD/DVD burner may suffice, while larger institutions may require a DICOM Burner Robot or DICOM Medical Publishing System.

2. Integration

Make sure the DICOM publisher you choose is compatible with your existing system, especially if you use PACS. Compatibility and integration are the keys to a seamless data management process.

3. Automation

Automation can significantly increase the efficiency of your data management processes. Evaluate the automation features offered by DICOM Publisher and how they align with your facility's workflow.

4. Security

Data security is paramount in healthcare. Look for DICOM publishers that offer strong encryption and access control features to protect patient data.

5. Scalability

Consider the potential growth of your health care facility. A scalable DICOM publisher can adapt to your growing needs, saving you the hassle of frequent upgrades.

6. Compliance

Ensure the DICOM publisher complies with industry standards and regulations. This is important for data accuracy and legal compliance.

The Future of DICOM Publishers

As healthcare technology continues to advance, so will DICOM publishers. The future of DICOM publishing systems is full of exciting possibilities, including:

1. Cloud Integration

With the increasing acceptance of cloud-based systems in healthcare, DICOM publishers are likely to integrate with cloud storage and distribution, further increasing access and data sharing capabilities.

2. Artificial Intelligence (AI)

AI-powered DICOM publishers can streamline data management by automating image analysis, annotation, and tagging. This has the potential to reduce the workload on health professionals to a great extent.

3. Enhanced Security

The healthcare industry will continue to focus on improving data security and privacy. Future DICOM publishers will include even more advanced encryption and authentication measures.

4. Telemedicine Integration

As telemedicine becomes more prevalent, DICOM Publishers will be optimized to support the seamless transfer of medical images and data between healthcare providers and remote patients.

5. Interoperability

Interoperability between different healthcare systems and facilities will remain a priority. Future DICOM publishers will aim to increase their compatibility and data exchange capabilities.

Conclusion

DICOM publishers play a vital role in the healthcare industry by ensuring the efficient and secure transfer of medical images and data. Whether you choose a simple DICOM CD/DVD burner or a more advanced DICOM medical publishing system, the right choice will depend on the specific needs and size of your health care facility. As technology continues to evolve, DICOM publishers will also offer even more advanced features and capabilities to meet the growing demands of the healthcare sector. Stay informed, stay compliant, and stay at the forefront of the world of DICOM publishing systems.

All Pro Solutions is a company specializing in optical media solutions, including CD/DVD duplicators and printers. They provide hardware and software solutions for disc duplication and printing needs, including medical applications. If All Pro Solutions has expanded their offerings to include specific DICOM publishing solutions, it would be recommended to visit their official website or contact them directly for the most up-to-date and accurate information.

For details of All Pro Solutions Inc. current offerings in the medical DICOM publishing domain, please visit their official website, product catalog, or reach out to their customer support for the latest and most accurate information.

#bluraypublisher #cd dvd medical dicom publishing systems #datastorage #dataarchiving #automateddisc #cdpublisher #dvdpublisher #discduplicator #discpublisher #discpublishingsystem

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techtired · 10 months ago

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How to Set Up a Proxy Server on a Windows 10 Computer

Maintaining privacy and accessing region-specific content online often necessitates using a proxy server in today's digital world. A proxy server acts as an intermediary between your computer and the internet, allowing you to browse anonymously and bypass geographical restrictions. This article provides a comprehensive guide on how to set up a proxy server on a Windows 10 computer. Additionally, we'll explore alternative methods for proxy configuration, helping you determine the easiest and most effective approach for your needs. How to Set Up a Proxy on a Windows 10 Computer You must have a working proxy server before proceeding with the setup. If you don't have one, Proxy5.net offers proxies that support HTTP, HTTPS, and SOCKS5, making it easy to set up on your Windows 10 computer and ensuring a reliable connection. Setting up a proxy server on a Windows 10 computer is straightforward if you follow these step-by-step instructions. Here’s how to do it: Step 1: Open Settings - Click the Start button. - Select the Settings icon (the gear-shaped symbol) from the menu. Step 2: Go to Network & Internet In the Settings window, choose Network & Internet. Step 3: Open Proxy Settings From the left-hand menu, select Proxy. Step 4: Manual Proxy Setup - Scroll down to the Manual Proxy Setup section. - Toggle the Use a proxy server switch to On. Step 5: Enter Proxy Server Information - In the Address field, enter the IP address of the proxy server. - In the Port field, enter the port number provided by your proxy service. Step 6: Save Changes After entering the necessary details, click Save to apply the changes. Step 7: Test the Proxy Connection Open your web browser and visit a website to ensure the proxy settings work correctly. Alternative Methods to Set Up a Proxy on Windows 10 There are several other ways to configure a proxy server on a Windows 10 computer. Here are five alternative methods: 1. Using Internet Options - Open Control Panel: Type Control Panel in the search bar and open it. - Select Network and Internet: Click on Network and Internet, then select Internet Options. - Configure Proxy: Go to the Connections tab in the Internet Properties window and click LAN settings. You can enable the proxy server by entering the address and port number. 2. Using a Proxy Auto-Configuration (PAC) File - Download PAC File: Obtain a PAC file URL from your proxy provider. - Enter PAC URL: In the Proxy settings (Settings > Network & Internet > Proxy), under Automatic proxy setup, toggle Use setup script to On and enter the PAC file URL. 3. Using Command Prompt - Open Command Prompt: Type cmd in the search bar and run as administrator. - Enter Command: Use the netsh winhttp set proxy :command to set up the proxy. Replaceandwith your proxy details. 4. Using a VPN with Built-in Proxy - Install VPN Software: Download a VPN service with a proxy option. - Configure Proxy: Follow the VPN’s instructions to set up and use their proxy settings. 5. Using Third-Party Proxy Software - Download Proxy Software: Install third-party software like Proxifier or ProxyCap. - Configure Proxy: Use the software’s interface to configure your proxy settings according to their guidelines. Of these methods, the Manual Proxy Setup via the Windows 10 Settings is typically the most straightforward for most users. However, using a PAC file can benefit those needing automatic configurations, and third-party software offers more advanced options for specific needs. Setting up a proxy server on a Windows 10 computer enhances online privacy and allows access to region-specific content. Whether you choose the manual setup method through Windows 10 settings or explore alternative methods like PAC files, Command Prompt, VPNs, or third-party software, this guide provides the necessary steps to get started. Ultimately, the manual setup is often the easiest for beginners, while advanced users may prefer more customizable options. FAQs What is a proxy server? A proxy server is an intermediary between your computer and the internet, providing anonymity and enabling access to restricted content. Why should I use a proxy server on Windows 10? Using a proxy server enhances online privacy, allows access to geo-restricted content, and can improve security. Can I set up a proxy server on Windows 10 without administrative rights? No, setting up a proxy server typically requires administrative privileges on the computer. How do I know if my proxy server is working correctly? You can test your proxy server by visiting websites and checking if your IP address has changed to the proxy’s IP address. Can I use an accessible proxy server on Windows 10? Yes, you can use free proxy servers, but be cautious as they may not be as secure or reliable as paid services. What should I do if my proxy server is not working? Check your proxy settings for accuracy, ensure your internet connection is active, and contact your proxy service provider for support. Read the full article

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kristiemurphywashington · 4 years ago

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duxgamecom · 5 years ago

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Duxgame

In the late 80s, when the concept of video games started booming, not many could've predicted what will gaming be like in 2020. There was a time when so many different hardware and equipment were required to run one game properly. On top, people were spending a fortune on TVs, games, and a proper setup to play a game that won't last thirty minutes. Comparing that to today, things have changed so much.

RELATED: 10 PlayStation 2 Games That Still Look Amazing In 2020

Many people are now spending hundreds of hours on video games, right from their mobile phones while lying in bed. People can even play what was once console games, right from the comfort of their internet browser. Duxgame.com also provides the good stuff.

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10 Pac-Man

PAC-MAN first arrived in the market in the 1980s. The game is a Maze arcade title that was once one of the best games in the world. It was later released on home consoles and many other systems as well. But finally, the title can be played right from the browser in one of its most creative forms ever. Players can try out World's Biggest PAC-MAN here and enjoy an endless array of custom levels, all free to play and enjoy. The best part, the game works 100% flawlessly right from the browser.

9 Doom

The original Doom from 1993 will always be a cult-classic and for an excellent reason. The game took the first-person shooter genre into another dimension and gave players the freedom to explore hell. The over-the-top nature of violence in this title was very much appreciated. In fact, this was probably one of the biggest titles in the 90s with so much blood and gore. This is also the reason why the newer Doom games follow the same path. Original Doom is playable in the browser here.

8 Wolfenstein 3D

Wolfenstein has to be the granddaddy of every first-person shooter that came after. This is the title that made FPS games bearable when the world was full of 2D platformers and RPGs. While this might certainly look dated visually, it can still be enjoyed quite a bit. To anyone who wants to experience the evolution of games, this is the perfect title to play. The game can also be played right from the browser here, so not much reason to say no to this.

7 Sid Meier’s Civilization 1 & 2

Released in 1991 and 1996 respectively, Sid Meier's Civilization 1 and 2 are probably not the games for everyone. However, they are the best few games to play for strategy and turn-based tactics fans. Civilization games are quite honestly the pillars on which the genre of strategy games stands today.

RELATED: 10 90s RPGs With Lengthy Main Stories (& How Long They Take To Beat)

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RELATED: 10 90s Shooters With Lengthy Campaigns (& How Long They Take To Beat)

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NEXT: 10 Notable Games Famous Movie Directors Worked On

Next Diablo: 10 Things Fans Don't Know About The Nephalem

Read Next in gaming

5 Best Items In The Witcher 3 (& 5 Worst)

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post-dicom · 9 months ago

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Will Cloud-Based Medical Imaging Improve Healthcare While Protecting Patient Privacy?

Medical imaging software has traditionally been located on local servers and workstations within a healthcare organization.

However, there is a growing trend towards adopting cloud-based solutions that promise greater accessibility, collaboration, analytics, and more. But is the future of medical imaging really in the cloud?

While cloud-based imaging software offers noteworthy benefits, privacy and security concerns still stand in the way for many healthcare providers.

Below we dive into the key considerations around shifting medical imaging to the cloud.

The Promise of Cloud-Based Medical Imaging

Cloud hosting for medical imaging aims to improve clinician collaboration, workflow efficiency, analytics, and overall quality of care. Some of the touted benefits include:

Access Images Anywhere: Cloud platforms allow instant access to medical images across multiple devices and locations. Clinicians can pull up and analyze scans wherever they are.

Real-Time Collaboration: Cloud-based viewers support seamless collaboration between radiologists and physicians. Annotations and markings can be viewed in real time.

Enhanced Analytics: Cloud platforms aggregate data from images across healthcare networks, powering analytics on pathology trends.

Scalability: Cloud infrastructure scales elastically to handle growing imaging volumes cost-effectively.

Disaster Recovery: Cloud backups ensure images remain available if local servers or PACS systems fail.

Cloud-based medical image sharing aims to enhance clinician collaboration and workflow efficiency.

Here is the data formatted as a Markdown table:

The volume of medical images stored in the cloud is expected to more than double by 2025.

These capabilities around accessibility, analytics, and resilience are compelling reasons for healthcare IT teams to consider shifting imaging platforms to the cloud.

Privacy and Security Concerns with Medical Imaging in the Cloud

However, along with the benefits come notable privacy and security risks inherent in placing protected health information (PHI) in the public cloud.

Medical images contain highly sensitive patient data that cloud platforms could expose in these potential weak spots:

Misconfigured Storage: Unencrypted cloud buckets allowed open access.

Compromised Credentials: Breaches via stolen login credentials.

Vulnerable Data Transfer: Unencrypted data transfers over the public internet.

Shared Responsibility Failures: Cloud provider secures infrastructure, but healthcare org fails to properly configure security controls.

Insider Threats: Cloud admin staff abusing access rights to view or steal records.

Ransomware Attacks: Malware locking access to patient images.

Regulatory Non-Compliance: The platform lacks proper safeguards and auditing required by HIPAA, etc.

31% of healthcare data breaches are associated with misconfigured cloud servers and storage.

Any breach of medical images would be catastrophic for patient privacy. It could also lead to steep HIPAA fines and reputational damage for the healthcare provider.

Despite the benefits, data security concerns present a formidable barrier to adopting cloud-based medical imaging platforms. Patient privacy must come first.

Balancing Priorities: The Hybrid Approach

For many healthcare IT teams, the solution lies in adopting a hybrid approach to medical imaging:

Maintain physical imaging servers and PACS on-premises.

Extend certain workflows, collaboration, analytics, and viewer capabilities to a cloud platform.

Take advantage of cloud scalability for disaster recovery backups.

Employ multi-factor authentication, role-based access controls, and audit logging to lock down cloud access.

Encrypt all network connections and data transfers between cloud and on-prem.

Utilize network security tools to guard against threats.

This balances the benefits of increased accessibility and efficiency while keeping sensitive data on existing secured servers.

Analytics can still occur against anonymized metadata. Images stay where they have the highest level of control and protection.

The hybrid model for medical imaging aims to realize the collaboration and workflow gains of cloud software while mitigating data security exposures.

For large hospital networks, this gradual and guarded shift allows clinical teams to utilize cloud capabilities without jumping entirely into the public cloud.

Healthcare IT must carefully weigh both sides of the equation. But with strong guardrails in place, cloud-based medical imaging can balance improved patient care with privacy. The journey should start with small steps.

Cloud-based medical imaging platforms promise more collaboration and efficiency but raise valid security issues around protected health data.

#cloud-based imaging software

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medicasoftapps · 4 years ago

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5 Trends in Enterprise Imaging & PACS Systems

There are many ways that multiple enterprise imaging floors and picture archiving and communication systems (PACS) software have grown. There has been a continuous union of data from various kinds into the electronic media record up the distributed images. Further, now artificial intelligence is applied to enhance the powers of these information systems as well. PACS imaging software available at Medicasoft. Call +1 (888) 701-7861 to book a live demo.

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michaelkroker · 5 years ago

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HP-COMPAQ: Carly fordert IBM heraus

WirtschaftsWoche NR. 037 VOM 06.09.2001 SEITE 066 / Unternehmen

Mit der Fusion wollen die High-Tech-Konzerne einen Weg aus der anhaltenden Krise in der Informationstechnologie finden.

Bevor Hewlett-Packard (HP)-Chefin Carly Fiorina und Compaq-Boss Michael Capellas am Dienstag in New York vor die Öffentlichkeit traten, ertönte im Konferenzsaal des Equity Buildings an der Seventh Avenue ein Song des britischen Sängers Sting. Sein Titel: Brand new day . Und tatsächlich sollte es der Tag in sich haben: Die Unternehmenslenker präsentierten Details zur geplanten Megafusion ihrer Hightech-Konzerne, die in der Nacht zuvor durchgesickert war.

Schon die reine Arithmetik der Fusion klingt gewaltig: Fiorina will 25 Milliarden Dollar in eigenen Aktien flüssig machen, um Capellas und die Compaq-Anteilseigner zum Übertritt zu bewegen. Das kombinierte Unternehmen wird mehr als 145 000 Mitarbeiter beschäftigen, die im Geschäftsjahr 2000 zusammen einen Umsatz von über 90 Milliarden Dollar erwirtschafteten - mehr als der bisherige Branchenprimus IBM, der im gleichen Zeitraum rund 88 Milliarden Dollar umsetzte (siehe Grafik Seite 68).

Auf dem Papier schafft der Zusammenschluss den weltgrößten Anbieter von PCs und Servern, den Hochleistungscomputern für Unternehmensnetzwerke. Die Aktionäre von HP sollen 64 Prozent an dem neuformierten Megakonzern halten, die Compaq-Anteilseigner die restlichen 36 Prozent. Die Fusion soll bis Mitte 2002 über die Bühne gehen. Fiorina will weiterhin als Chefin an vorderster Front antreten, während Capellas als künftiger President ins zweite Glied zurück tritt. Die Ziele sind ehrgeizig: Innerhalb weniger Jahre sollen durch Synergien jährlich 2,5 Milliarden Dollar eingespart werden.

SKEPTISCH BEWERTEN DIE FUSION dagegen Experten. Es gibt zu viele überlappende Geschäftsfelder, und nur wenige Bereiche, in denen sich die beiden ergänzen , sagt Jean-Christian Jung, Consultant beim Beratungsunternehmen Pierre Audoin Conseil (PAC). Beide Unternehmen haben eine extreme Überdeckung - bei zwischen 75 und 85 Prozent aller Produkte und Services , sagt auch Andreas Zilch, Country Manager Consulting der Meta Group in München.

Der Zusammenschluß bindet eine alte Dame an einen jungen Emporkömmling: Das von William Hewlett und David Packard gegründete Traditionsunternehmen aus dem Silicon Valley blickt auf eine 62-jährige Firmengeschichte zurück und hat stets die eigene Ingenieurskunst betont. Die 1982 gegründete Compaq Corporation ist dagegen mit dem Abkupfern groß geworden: Die Texaner waren Anfang der achtziger Jahre der erste Hersteller von IBM-kompatiblen Computern und schwangen sich zwischenzeitlich zum größten PC-Hersteller auf.

Fiorina und Capellas fallen sich jedoch weder aus purer Liebe in die Arme, noch handeln sie aus einer Position der Stärke. Ganz im Gegenteil: Im Grunde genommen ist der mit viel Marketinggetöse angekündigte Deal zwischen HP und Compaq eine Hochzeit der Verlierer. Es drängt sich der Verdacht auf, dass zwei angeschlagene IT-Giganten fusionieren, um damit zu einem gesunden Unternehmen zu werden , sagt Meta-Group-Mann Zilch. Die Börse bewertet den Zusammenschluß ähnlich. Die Aktie von HP beider Firmen gaben am Tag der Bekanntgabe deutlich nach: Compaq marschierte acht Prozent in den Keller, Hewlett-Packard gar stolze 17 Prozent. Der Trend hatte sich schon vorher abgezeichnet: Vergangenen Freitag schlossen Compaq wie HP auf einem neuen 52-Wochen-Tief. In den letzten zwölf Monaten haben beide Papiere rund zwei Drittel ihres Wertes verloren.

Beide Unternehmen stecken bereits seit über zwei Jahren in der Krise. Zwar schaffte es Compaq-Chef Capellas, den nach der Übernahme des einstigen Computerpioniers Digital Equipment (DEC) im Jahre 1998 schwer schlingernden Konzern wieder halbwegs auf Kurs zu bringen. Dennoch musste Capellas im Stammgeschäft PC Federn lassen. Compaq verlor die Pole Position der Boxenschieber, welche die Texaner seit 1994 ohne Unterbrechung einfuhren, Anfang dieses Jahres an den aggressiven Widersacher Michael Dell. Der Texaner rollt die Branche schon seit Jahren mit seinem Direktvertriebsmodell und einer intelligenten Lager- und Logistiksteuerung auf. Diese Technik erlaubt es Dell, sinkende Komponentenpreise schneller an die Kunden weiterzugeben als die Konkurrenz.

MIT DER COMPAQ-ÜBERNAHME durch HP erreicht der in den letzten Monaten von Dell noch verschärfte Preiskampf seinen vorläufigen Höhepunkt - eine Entwicklung, die Andrew Neff von der amerikanischen Investmentbank Bear Stearns bereits Anfang des Jahres in seinem Manifest der Veränderung prophezeite (siehe WirtschaftsWoche 08/2001). Die aktuellen Zahlen im PC-Markt belegen den defensiven Charakter der Fusion: Zwar rangieren HP und Compaq nach absolutem Marktanteil vor dem bisherigen Spitzenreiter Dell. Allerdings waren beide auch die größten Verlierer im abgelaufenen zweiten Quartal (siehe Grafik).

Und das nicht nur bei den Marktanteilen. Laut Schätzungen hat HP allein im letzten Quartal 150 Millionen Dollar im PC-Geschäft verbrannt. Compaq versenkte im gleichen Zeitraum 155 Millionen Dollar. Schlechte Aussichten für ein Unternehmen, dessen Geschäft extrem stark vom Computermarkt abhängt: 34 Milliarden Dollar setzten beide im vergangenen Jahr mit PC-Systemen um - mehr als Drittel der gesamten Erlöse. Wirklich dramatisch wird diese Abhängigkeit aber vor allem dadurch, dass der einstige Wachstumsmotor inzwischen zum Sorgenkind der gesamten Hightech-Branche avanciert ist: Wie die US-Marktforscher von Gartner Dataquest Ende Juli bekanntgaben, schrumpfte der weltweite PC-Markt im zweiten Quartal zum ersten Mal seit 15 Jahren.

Solche Argumente wollen Fiorina und Capellas natürlich nicht gelten lassen. Der Texaner etwa will sich gar nicht mehr mit dem Computer von gestern beschäftigen, sondern legt all seine Hoffnungen auf das Internet. Breitbandanwendungen werden dem Geschäft völlig neue Impulse geben , ist sich Capellas sicher. Die Fusion soll beiden Unternehmen die dringend benötigten Kostenvorteile verschaffen, um im Kampf gegen Dell bestehen zu können.

Dazu müssen beide ihre PC-Divisionen möglichst schnell verschmelzen, um beispielsweise im Einkauf durch größere Abnahmemengen Kosten einzusparen. Der Haken: Compaq und Hewlett-Packard agieren im PC-Markt mit völlig unterschiedlichen Strategien. Während HP seine Fertigung komplett an Fremdhersteller wie etwa das US-Unternehmen Solectron ausgelagert hat, arbeitet Compaq seit geraumer Zeit daran, seine Produktion auf ein Built-to-Order-Modell nach Dells Vorbild umzustellen. Die Zusammenführung der Produktionslinien wird ein langwieriger und aufwendiger Prozess , vermutet Meta-Group-Consultant Zilch.

Das gilt erst recht für die aufwendigeren Technologien im Bereich der Hochleistungsrechner und Speichersysteme. Allerdings sind dort die Potenziale durch optimierte Forschung und Produktion erheblich , betont Zilch. Immerhin laufen demnächst 37 Prozent aller Servercomputer in den Unternehmen unter der Flagge des neuformierten Unternehmens - mehr als doppelt so viel als bei dem ärgsten Verfolger Dell. Doch auch im Servermarkt, der im Gegensatz zum PC-Geschäft noch anständige Margen abwirft, mussten Compaq und HP in jüngster Zeit Rückschläge hinnehmen. Compaq verlor laut Gartner Dataquest im zweiten Quartal gegenüber Dell bei den günstigen Einstiegsservern um 26 Prozent an Boden. Um fast ebenso viel - nämlich ein Viertel - fiel HPs Marktanteil bei den High-End-Servern. Grund war eine misslungene Umstrukturierung im Vertrieb. Eine übermotivierte Verkaufstruppe verprellte einen großen Teil der eigenen Händler (siehe WirtschaftsWoche 22/2001). Hauptgewinner in dem Segment war dadurch der ewige Konkurrent IBM.

Den will die eloquente Carly Fiorina nun vor allem im Dienstleistungsbereich angreifen. Der Grund: Services rund um die Informationstechnologie (IT) spülen kontinuierlich Geld in die Kassen - auch und gerade in Krisenzeiten wie dieser. So müssen etwa die Server in den Unternehmen regelmäßig gewartet und den ständig wachsenden Anforderungen angepasst werden. Die Einführung einer neuen Unternehmenssoftware wie etwa SAP kann leicht ein bis zwei Jahre dauern - entsprechend begehrt sind die Beratungs- und Implementierungsauftäge im IT-Sektor. Überdies ziehen solche Projekte oftmals auch noch Folgeaufträge nach sich, etwa wenn sich herausstellt, dass für die neue Software auch noch eine größer dimensionierte Hardware benötigt wird.

Solcher Rundumservice, den vor allem Großkonzerne mit ihren milliardenschweren IT-Budgets gerne in Anspruch nehmen, bringt richtig Geld. Das beweist einmal mehr IBM. Der von Lou Gerstner geführte Computergigant setzt mittlerweile stolze 33 Milliarden Dollar mit seiner weltweiten Dienstleistungsorganisation um - 37,5 Prozent des Gesamtumsatzes.

Bislang haben Compaq und HP auf getrenntem Weg versucht, ihr Geschäftsfeld mehr auf Dienstleistungen zu trimmen. Die Texaner waren bis 1998 noch ein reiner PC-Produzent mit einem Serviceanteil nahe Null. Der Griff nach DEC vor drei Jahren bescherte Compaq - bei allen sonstigen Problemen - eine eigene Dienstleistungstruppe und ermöglichte ihm erstmals, einen Fuß in die Tür der Großkonzerne zu setzen.

Carly Fiorina probierte es noch eine Nummer größer. Im letzten Jahr war sie drauf und dran, sich die Consultingspalte des Beratungsriesen PriceWaterhouseCoopers einzuverleiben. Dadurch hätte sie auf einen Schlag eine 30 000-köpfige Beratertruppe dirigieren können, die überdies bereits viele bestehende Verträge und damit bares Geld in die Ehe eingebracht hätte. Der Deal scheiterte allerdings im November 2000 an den Details der Übernahme.

Seitdem treten Fiorina und Capellas in Sachen Service auf der Stelle. HP und Compaq generieren immer noch fast 80 Prozent ihrer Umsätze mit Produkten , sagt PAC-Berater Jung. Trotz ähnlicher Größe kann Fiorina ihrem IBM-Widersacher Gerstner daher noch lange nicht aus gleicher Höhe in die Augen bicken. Laut PAC kommt die new HP im Dienstleistungsgeschäft in Deutschland mit Umsätzen in Höhe von knapp zwei Milliarden Mark auf Platz vier. Mit weitem Abstand rangieren davor allerdings die Telekom-Tochter T-Systems, der Siemens-Ableger SBS sowie IBM. Die Fusion löst nicht die Probleme, die beide Firmen in der Vergangenheit des IT-Services-Geschäft hatten , konstatiert Jung. Er bekommt Rückendeckung von Markus Huber. Einen Synergieeffekt, wie er durch die Realisierung von IBM Global Services entstanden ist, kann ich nicht erkennen , so der Consultant der Meta Group. Völlig wirkungslos sei die Fusion andererseits auch nicht. Zumindest sollte beide jetzt die kritische Größe erreichen, die eine Voraussetzung für ein umfassendes Dienstlungsangebot ist.

Das größte Potenzial sehen Experten allerdings weiterhin in Jobkürzungen. Trotz freiwilligen Gehaltskürzungen bei einem Großteil der 80 000 Beschäftigten hatte HP-Chefin Fiorina schon vor der Fusion angekündigt, 6000 Stellen zu streichen. Weniger werden das nach dem Merger sicherlich nicht. Außerdem glauben viele Experten, dass der HP-Compaq-Merger erst den Anfang einer länger andauernden Konsolidierungswelle markiert. Schließlich lastet durch die lahmende Konjunktur und die geringen Wachstumsraten bei den IT-Ausgaben auf vielen Hightech-Firmen schon jetzt ein enormer Druck, der sie zu ständigen Rationalisierungen und Kostensenkungen zwingt. Dieser Druck erhöht sich durch die Fusion noch weiter , ist Ashok Kumar, Analyst des Finanzinstituts US Bancorp überzeugt.

Erst vor einer Woche hat beispielsweise der strauchelnde PC-Direktversender Gateway bekannt gegeben, ein Viertel der Belegschaft entlassen sowie die Niederlassungen in Europa und Asien schließen zu wollen. Hintergrund: Gateway-Chef Ted Waitt zieht in dem mörderischen Preiskampf mit Dell die Notbremse und will künftig als reiner US-Anbieter überleben. Damit macht sich Waitt freilich auch zum idealen Überkandidaten für einen europäischen oder asiatischen PC-Hersteller, der sein Amerikageschäft stärken will.

Schon Bear-Stearns-Analyst Neff bewertete Gateway Anfang des Jahres als geeignete Beute für Dell, um an Compaq vorbeizuziehen. Genau das könnte der Texaner mit einer entsprechenden Gegenattacke heute wieder erreichen.

Kroker, Michael

Quelle: WiWo NR. 037 VOM 06.09.2001 SEITE 066

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